English
English
Back to main menu
English
HJT Cell
HJT cells combine the benefits of crystalline silicon and thin-film technologies. With outstanding light absorption and passivation, HJT outperforms TOPCon in both efficiency and performance. As one of the leading solar cell technologies, it maximizes conversion efficiency and power output, representing the future direction of next-generation cell technology.
Characteristics of
Huasun HJT Solar Cell
  • Superior Temperature Coefficient
    Compared to TOPCon, HJT cell has a superior temperature coefficient of -0.24%/℃, which enhances power output under high-temperature and high-irradiation conditions.
  • SMBB/0BB Technology
    The unique SMBB (Super Multiple Busbar) and zero-busbar technology, combined with a half-cell design, delivers higher energy output, resulting in maximum cost savings.
  • Higher Bifacial Energy Yield
    HJT cells enable ultra-high bifaciality in solar modules, resulting in a higher energy yield.
  • Extremely Low LID and PID
    Lower LID and superior anti-PID performance result in extremely low powergeneration loss.
Everest
Learn more
Learn more
  • G12R-0BB HJT Solar Cell
  • G12R-SMBB HJT Solar Cell
Format
n-type HJT, 182.1 mm*105 mm±0.15 mm
Thickness
110+20 µm/-10 μm
  • 5.01 W
    Max. Power of Single Piece
  • 26.2 %
    Max. Efficiency
Format
n-type HJT, 182.1 mm*105 mm±0.15 mm
Thickness
110+20 μm/-10 μm
  • 5.01 W
    Max. Power of Single Piece
  • 26.2 %
    Max. Efficiency
Learn more
Learn more
Himalaya
Learn more
Learn more
  • G12-0BB HJT Solar Cell
  • G12-SMBB HJT Solar Cell
Format
n-type HJT, 210.1 mm*105.05 mm±0.15 mm
Thickness
110+20 μm/-10 μm
  • 25.2 %
    Max. Efficiency
  • 5.56 W
    Max. Power of Single Piece
Format
n-type HJT, 210.1 mm*105.05 mm±0.15 mm
Thickness
110+20 μm/-10 μm
  • 26.2 %
    Max. Efficiency
  • 5.78 W
    Max. Power of Single Piece
Learn more
Learn more
newsroom exhibitions
Subscribe
Subscribe
This website or its third party tools use cookies, which are necessary for its functioning and required to achieve the purposes illustrated in the cookie policy.
If you want to learn more or withdraw your consent to all or some of the cookies, please refer to the cookie policy. You accept the use of cookies by closing or dismissing this banner, by clicking a link or button or by continuing to browse otherwise. For more information, please refer to our Privacy Policy.
Accept Cancel